A Y e a r of
Con t i n u i ng Pr og r e s s
FMC Technologies, Inc. 2002 Annual Report
FMC Technologies, Inc. is a global leader providing
mission-critical solutions, based on innovative,
industry-leading technologies, for the energy,
food processing and air transportation industries.
The Company designs, manufactures and services
sophisticated systems and products for its
customers through its Energy Systems
(comprising Energy Production Systems and
Energy Processing Systems), FoodTech and
Airport Systems businesses. FMC Technologies
operates 32 manufacturing facilities in 15 countries.
about the cover
Project Manager Jose Osuna inspects the High-
Pressure/High-Temperature subsea tree produced
by FMC Energy Systems for BP’s Thunder Horse
deepwater project in the Gulf of Mexico. This is
the first subsea tree produced under our five-year
frame agreement with BP.
t a b l e o f c o n t e n t s
To Our Shareholders 3
FMC Energy Systems “March to the Sea” 8
FMC FoodTech Cooks up Solutions 14
FMC Airport Systems Charts a Flight Plan 16
Strategic Outlook 18
Glossary of Industry Terms 20
Directors and Officers 22
Financial Review 23
Corporate Information inside back cover
H i g h l i g h t s
($ in millions, except per share data) 2002 2001
Revenue (by location of customer):
United States $ 831.1 $ 885.1
Norway 215.0 150.7
All other countries 1,025.4 892.1
Total revenue $ 2,071.5 $ 1,927.9
Income before the cumulative effect of accounting changes $ 64.1 $ 39.4
Net income (loss) $ (129.7) $ 34.7
Earnings (loss) per diluted share:
Income before the cumulative effect of accounting changes $ 0.96 $ 0.60
Net income (loss) $ (1.94) $ 0.53
Income per diluted share (pro forma basis):(1)(2)
Income before the cumulative effect of accounting changes
(pro forma basis) $ 0.96 $ 0.82
Financial and other data:
Common stock price range $ 23.83 - $14.30 $ 22.48 - $10.99
At December 31 Net debt(3) $ 202.5 $ 245.0
Order backlog(4) $ 1,151.7 $ 960.7
Number of employees 8,500 8,500
Number of stockholders of record 7,687 8,085
(1) Income per diluted share (pro forma basis) should not be considered in isolation nor as an alternative for earnings per diluted share
measured in accordance with U.S. generally accepted accounting principles (“GAAP”), nor as the sole measure of our profitability.
(2) The following is a reconciliation of income per diluted share (pro forma basis), which is a non-GAAP financial measure, to earnings
per diluted share before the cumulative effect of accounting changes, measured on the basis of GAAP:
Income per diluted share (pro forma basis) $ 0.96 $ 0.82
Restructuring and asset impairment charges(a) – (0.16)
Income tax provisions related to our separation from FMC Corporation(b) – (0.13)
Pro forma interest expense(c) – 0.07
Earnings per diluted share before the cumulative effect of changes in accounting
principles (GAAP basis) $ 0.96 $ 0.60
(a) In 2001, we recorded restructuring charges, primarily representing initiatives undertaken to lower our cost structure in response
to adverse market conditions, and asset impairment charges.
(b) In 2001, we recorded income tax provisions related to repatriation of offshore earnings and the reorganization of our worldwide
entities in anticipation of our separation from FMC Corporation.
(c) Prior to June 1, 2001, our results were carved out from the consolidated financial statements of FMC Corporation. Pro forma
interest expense represents an estimate of the additional interest expense that we would have incurred had we been a stand-alone
entity for the entire year.
(3) Net debt consists of short-term debt, long-term debt and the current portion of long-term debt, less cash and cash equivalents.
(4) Order backlog is calculated as the estimated sales value of unfilled, confirmed customer orders at the reporting date.
2 FMC Technologies, Inc. 2002 Annual Report
I n our first full year of operation, we benefited from the strong
market position we have in our businesses. We continued to
listen to the customer, create solutions, innovate continuously,
maximize value and win with teamwork. We profited from the
strong demand for subsea systems. Further, we took actions to mit-
igate the effects of the difficult market conditions most of our other
businesses faced. Consequently, on balance, 2002 was a year of
continuing progress for FMC Technologies. Net Debt and Sale-Leaseback Obligations
Earnings, cash flow and stock performance improved Net Debt
In 2002, our full-year earnings, before the effect of an accounting 350
change, increased to $0.96 per diluted share. Revenues increased 300
to $2.07 billion in 2002, compared to $1.93 billion in 2001. We 250
ended the year with $1.15 billion in total backlog, up by $191 million
from a year earlier.
Results for our businesses were mixed in 2002. Energy Systems 100
sales and earnings improved on strong subsea results, which were
partially offset by declines in other product lines. FoodTech’s 2002
sales were down, while operating earnings improved compared to 2000 2001 2002
2001. Airport Systems was profitable despite extremely poor All years at December 31. Net debt consists of short-
term debt, long-term debt and the current portion
market conditions. of long-term debt, less cash and cash equivalents.
At December 31, 2000, net debt is presented on a
pro forma basis, as defined in the Separation and
Our strong free cash flow enabled us to continue to pay down debt Distribution Agreement with FMC Corporation.
in 2002. Since the beginning of 2001, we have applied over $97
million of free cash flow to reduce our balance sheet debt, and we
eliminated $33 million in lease obligations. Additionally, we made
cash contributions of $35 million to our pension fund.
Last year, our stock outperformed our peer group. At year-end Subsea Tree Market
2002, our stock price had increased over 24 percent since the first
of the year, while the oilfield service index increased less than 1 500
percent and the S&P 500 index declined 22 percent in the same 450
Installed to Date
Strength in subsea drove Energy Systems 250
While uncertainty over economic and political stability seems to 150
have restricted oil and gas exploration and development spending 100
in 2002, the development of large offshore oil fields continued.
2002 2003 2004 2005 2006
Large, low-cost offshore reservoirs are being discovered and devel-
oped by oil companies in increasingly deeper water. The develop-
Source: Quest Offshore
ment of these reservoirs, coupled with our know-how and
technical capability in subsea production systems, continue to drive
the growth of our Energy Systems business.
To Our Shareholders 3
Energy Systems’ sales of $1.33 billion in 2002 were up
$210 million, or 19 percent, while earnings of $77.5
million were up 8 percent compared with a year ago.
Our Energy Production Systems revenues, driven by our
FoodTech subsea business, rose to $940 million, compared to
$726 million in 2001 – a 29 percent increase. However,
1500 our margins in subsea continued to be constrained by
competitive pressures and the increased costs
1000 associated with the customized work required for
some of our larger projects.
Difficult market conditions adversely affected most of
2000 2001 2002
our other Energy Systems businesses. Except for subsea
projects, oilfield activity levels were lower than last
year. Rig counts in the United States were down almost
30 percent in 2002 from 2001 levels. This had a
Order Backlog particularly negative impact on our WECO®/Chiksan®
$M products, included in Energy Processing Systems, and
our surface completion product lines, included in
FoodTech Energy Production Systems. Oilfield infrastructure
1000 Airport Systems
spending, which affects the remainder of Energy
800 Processing Systems, also remained at low levels last
year. All the above resulted in Energy Production
Energy Production Systems generating increased sales due to subsea,
400 while Energy Processing Systems reacted more to
general oilfield markets and sales declined.
0 Inbound orders for Energy Systems in 2002 were $1.59
2000 2001 2002
billion, up 16 percent from 2001. Deepwater develop-
All years at December 31.
ment activities were responsible for Energy Production
Systems’ inbound order growth of 23 percent com-
pared to 2001, while Energy Processing Systems’
inbound declined 3 percent. Total backlog for Energy
FoodTech Operating Capital Employed Systems at year-end 2002 was $933 million, up 38 per-
cent during 2002.
350 FoodTech benefited from lower expenses
Food company capital spending continued at low
250 levels throughout 2002. The food processing industry
is going through a period of consolidation.
Consequently, our customers continue to delay
projects and defer capital expenditures. When the
100 industry consolidation slows and some of their capital
50 expenditure projects go forward, we should benefit.
2000 2001 2002 During the year, FoodTech sales were $497 million,
down 3 percent compared with 2001 sales, and oper-
All years at December 31. ating earnings of $43.3 million were up 9 percent
compared with 2001. The profit improvement resulted
4 FMC Technologies, Inc. 2002 Annual Report
from lower amortization expense and cost reduction
efforts undertaken in 2002 and 2001.
Airport Systems results partially offset by U.S. Air
Airport Systems’ 2002 sales of $245 million declined
18 percent and earnings of $15.8 million were down
13 percent compared to 2001. Decreased volumes of
all commercial ground support and passenger loading
equipment contributed to lower results, reflecting the
poor business conditions in the commercial airline
These results were partially offset by increased deliver-
ies of the Halvorsen loader to the U.S. Air Force. We
delivered 133 Halvorsen loaders in 2002, compared to Halvorsen Loaders Delivered
19 units delivered in 2001. The Halvorsen loader pro-
gram enables us to maintain our manufacturing base 150
and product development programs despite depressed
industry conditions. We have firm orders for Halvorsen
loaders through most of 2003, but it is unclear when
we will see stronger demand for our products from
commercial airlines. 60
People enabled progress 30
We owe the progress we made last year, in great part,
to the hard work of our employees. Our results in 2002
are based on people exerting extraordinary efforts and
technical competence. Over the past couple of years in
the Energy Systems business, we earned BP’s subsea
business in the Gulf of Mexico and entered into an Industry Safety Record
alliance with Norsk Hydro. In addition, we retained Per 100 full-time workers
Shell’s business and supplied systems to Kerr-McGee
and ExxonMobil. Our people did an excellent job of 10 Total Recordable
controlling working capital in FMC FoodTech; that
business now has record low levels of funds tied up in 8
inventory and receivables. Rising to the challenge, the
Airport Systems team successfully ramped up produc- 6
tion of the Halvorsen to meet the Air Force’s needs.
We also are pleased with the progress in our health,
safety and environmental performance. For example, 2
last year our Houston Energy Systems manufacturing 1.8
facility reached 7.7 million work hours without a lost- FMC Technologies Manufacturing Industry Oil and Gas Industry
(2002) (2001 Average) (2001 Average)
time accident, and several locations are progressing
toward industry safety records. We continually strive to Source: U.S. Bureau of Labor Statistics
improve in this area because it’s important to our
employees, our customers and our communities.
To Our Shareholders 5
In all our businesses, we have industry-leading tech-
nologies developed by some of the best minds in their
Laws and stan-
respective industries. Our intellectual capital has devel-
dards vary in dif-
oped innovations such as high-pressure/high-tempera-
ETHICS and corporate governance
and cultures. As we ture subsea trees, highly reliable flowline products and
expand our activi-
asset management systems, total systems diagnostics
ties, our overriding
goal and continuing for food processing management, and Web-based
commitment is to maintain uniformly high life cycle analysis solutions for air transportation
standards wherever we conduct business.
Our company has a strong commit-
ment to high ethical standards built on One of the reasons we believe we have been success-
trust in our dealings with investors,
employees, vendors and customers. This ful is because, in many ways, we do not think of
trust is essential to our long-term success. ourselves as a big company. Our employee teams are
In addition to our day-to-day business proud of what their particular plant or location does
practices, we have taken a number of steps
to ensure that we are upholding high eth- and how they perform. Each business succeeds based
ical standards. on the products of that business and how well these
First, we have implemented the products serve their customers’ needs. We also have
FMC Technologies Commitment to Ethics, low employee turnover, which provides continuity,
which specifies appropriate business
conduct for employees, contractors and experience and higher levels of performance.
suppliers. This program also includes a
training and certification program for Our Board of Directors complements our talented
employees, which helps ensure that our group of employees. In 2002, we welcomed a new
people are knowledgeable about and
member to the Board – Rich Pattarozzi, former Vice
adhering to our principles of business con-
duct. President of Shell Oil Company and head of Shell’s
Our company does not tolerate viola- pacesetting deepwater developments in the Gulf of
tions of law or actions that are inconsistent Mexico. Rich’s addition enhances our Board with a
with the Commitment to Ethics.
career’s worth of valuable experience.
Employees, contractors and suppliers are
responsible for familiarizing themselves
with this commitment, abiding by it and Outlook expected to be highlighted by subsea
promptly reporting any violations. We pro-
vide an employee resolution process and a In Energy Systems, we anticipate that our 2003 rev-
third-party-administered ethics hotline to enues will be up over 2002 levels as a result of subsea
facilitate the reporting of infractions.
growth, where our continuing focus will be on
We also practice high ethical
standards in all aspects of corporate execution. Our strong backlog means we have won
governance. For example, both the Audit the right to prove ourselves capable of solving
and Compensation and Organization increasingly difficult technical challenges for our
committees of the Board of Directors
are composed entirely of independent
subsea customers. Over the next several months,
directors. we intend to continue to prove to these customers
Our vision is to be the premier that they made the right choice in choosing
provider of world-class, mission-critical FMC Technologies. An increase in oilfield activity and
technology solutions for the energy, food
infrastructure spending from the low levels of 2002
processing and air transportation indus-
tries. We believe we can realize our vision should occur in 2003, which would benefit our Energy
only if we uphold all the objectives of Processing Systems businesses.
responsible performance, including
conducting business in an ethical manner.
FoodTech is well positioned to serve our food
processing customers as the economy improves and
the industry consolidation slows. Our FoodTech
business addresses important issues, such as food
safety and the growing demand for convenience food.
6 FMC Technologies, Inc. 2002 Annual Report
However, we do not believe the food processing indus-
try will see much growth in 2003, and, consequently,
our performance in FoodTech is expected to be flat
We continue to be concerned about the impact of
commercial airline industry conditions on Airport
Systems. We do not anticipate any significant upturn
in purchases by our commercial airline customers in
2003. Therefore, we plan to focus primarily on
supplying the U.S. Air Force, as well as serving the
needs of our air freight customers. Additionally, we
plan to continue building our product base and
improving our cost structure so that we will be well
positioned when this market returns.
On balance, 2003 should be another good year, with
earnings at $1.05 to $1.10 per share, based on a
recovery in oilfield activity. We also anticipate continu-
ing positive cash flow.
On an absolute basis – and certainly on a relative
basis – 2002 was a good year for us. The resolve and
determination of our people, as well as our
technology and market positions, enabled us to
capitalize on the opportunities that presented
themselves during the year. We believe these factors
will continue to serve us well as FMC Technologies
moves into its second full year as an independent
Joseph H. Netherland
Chairman, President and Chief Executive Officer
February 21, 2003
To Our Shareholders 7
The “March to the sea”
drives fmc Energy Systems
Deeper & higher ...in 2002.
FMC Energy Systems coped with the challenge
Traditionally, subsea trees have
of success in 2002. With $676 million in backlog
been custom designed to meet the
at the beginning of the year, growing to $933 requirements of a specific project.
million by year’s end, the challenge has been to This approach is not only costly; it also
execute. One very important element of execution is tends to increase delivery and installation
on-time delivery, especially in the case of offshore developments. time and may make performance reliability
Deepwater rigs cost about $300,000 a day to operate. On-time unpredictable.
delivery of our systems means that an operator can minimize In 1996, Shell and FMC Energy Systems
development and production costs. instituted an alliance to develop a break-
STANDARDIZATION reaps rewards for Shell/FMC Energy Systems alliance
through innovation that has significantly
reduced installation and project cycle time,
Quality and reliability are equally important elements of
as well as capital expenditures. The solution
execution. Subsea wells must produce large volumes to justify
entailed developing a large number of proj-
their cost. By producing high-quality, highly reliable systems, we ects using standardized processes for the
help our customers optimize their operations and maximize design, manufacture, testing and installation
returns. support for subsea trees, manifolds and
During 2002, much of our subsea activity concentrated on the Following implementation of the
Gulf of Mexico for customers such as BP, Shell and Kerr-McGee. alliance’s standardized processes, installation
However, we also were busy supplying and servicing, for exam- times for the tree system were reduced by 50
ple, Petrobras and Shell offshore Brazil; TotalFinaElf, ExxonMobil, percent, and tree delivery times have been
reduced by as much as 60 percent. Capital
Statoil and Agip offshore West Africa; and Norsk Hydro, Statoil
expenditure reductions of more than 40 per-
and TotalFinaElf in the North Sea.
cent have been realized.
The standard system
As we rise to the challenge of producing an annual record
design has proved itself with
number of subsea trees for our customers, we are focusing on numerous Shell projects in
helping them solve a number of unprecedented technical the Gulf of Mexico, includ-
hurdles. Those hurdles include producing oil from the ocean floor ing Angus, Crosby, Einset,
in water depths as great as 10,000 feet. At that depth, produc- Europa, King, Macaroni and
tion equipment has to withstand temperatures up to 350 Serrano/Oregano.Shell’s
degrees Fahrenheit (ºF) and pressures up to 15,000 pounds per Coulomb, Na Kika, Manatee,
and Serrano/Oregano Phase 2
square inch (psi). That contrasts with many land-based wells,
projects, which represent the
with typical drilling temperatures of 80ºF to 100ºF and pressures
next generation of deepwa-
of 5,000 psi or lower. ter developments, will all
benefit from the new
Our total solutions approach to high-pressure/high-temperature approach.
(HP/HT) subsea developments combines years of experience in The lessons learned
HP/HT surface well solutions with advanced subsea technology through standardization
and expertise. The BP Thunder Horse tree is the first vertical and the alliance can add value to other proj-
subsea tree in the industry designed to handle production ects. The Shell/FMC Energy Systems alliance
pressures of 15,000 psi and temperatures of 350ºF, in waters has improved the Gulf of Mexico’s bench-
marks for installation costs, cycle time and
more than a mile deep. Our five-year frame agreement with BP
capital expenditures. Compared with the
calls for us to provide subsea trees, controls, manifolds, well con- prealliance benchmarks, the alliance
nection systems and related offshore services to BP for its deep- approach has resulted in lower costs and
water Gulf of Mexico exploration and production activities. improved safety, thereby providing Shell
with greater reliability and operability.
8 FMC Technologies, Inc. 2002 Annual Report
J.D. Lockhart, Subsea
works on a subsea tree for
Shell’s Na Kika development
in the Mississippi Canyon
area of the ultra-deepwater
Gulf of Mexico.
FMC Energy Systems is
scheduled to produce the
subsea systems for Shell’s
Coulomb project, in a satel-
lite field to Na Kika, which is
anticipated to be the
world’s deepest installation
at about 7,600 feet.
FMC Energy Systems 9
Stuart Fleming, Subsea Assembly
While pioneering HP/HT solutions for BP, we have been applying Technician, readies a subsea assembly
lessons learned to achieve breakthrough solutions for Shell. Last year, for BP’s Thunder Horse project. The BP
we produced the Shell Na Kika tree for water depths as great as 7,000 Thunder Horse tree is the first vertical
feet, and we are scheduled to produce the subsea trees for Shell’s
subsea tree in the industry designed to
Coulomb field, which is anticipated to be the world’s deepest
installation at about 7,600 feet. handle production pressures of 15,000
psi and temperatures of 350ºF, in
Subsea sales and inbound orders were strong throughout 2002. In
waters more than a mile deep.
the deepwater Gulf of Mexico, Kerr-McGee chose us to provide sub-
Manufacturing ramps up to MEET DEMAND for subsea trees
sea trees and associated services for the Gunnison field area project.
The Gunnison area is being developed using a truss Spar, similar to
those used in the development of Kerr-McGee’s Nansen and
Boomvang fields in the deepwater Gulf of Mexico. We provided the
offshore industry’s first Enhanced Horizontal Tree™ for Nansen and
Boomvang, which were the first fields to use a truss Spar.
Building on our subsea frame contract with BP, we also signed a
strategic sourcing agreement in 2002 to supply metering systems for
BP’s deepwater developments in the Gulf of Mexico. The first orders
under the agreement were for BP’s Holstein and Thunder Horse fields.
The metering units supplied for these developments provide
unattended metering and transfer of oil or gas from the well to the
In West Africa, we were awarded a contract for subsea systems to be
installed offshore Equatorial Guinea by a subsidiary of ExxonMobil.
The subsea systems for Mobil Equatorial Guinea’s Zafiro Southern
Expansion Area project include 19 subsea trees, five HOST® (hinge-
over subsea template) and production manifold systems, a water
injection manifold, topside and subsea control systems and related
equipment and services. We also were selected to provide continuing
(cont’d on pg.12)
10 FMC Technologies, Inc. 2002 Annual Report
With about $823 million in backlog at year-end
2002, mostly for subsea systems, our Energy
Manufacturing ramps up to MEET DEMAND for subsea trees
Production Systems business is focusing on fulfilling
an ambitious production schedule in 2003.
FMC Energy Systems’ manufacturing facilities
in Dunfermline, Scotland; Houston, Texas;
Kongsberg, Norway; Rio de Janeiro, Brazil; and
Singapore produce complex subsea completion sys-
tems for use in the major offshore producing basins
of the world. We built a record number of subsea
systems in 2002 and expect to build about as many
To meet these rapidly increasing demands, we
completed an expansion of the Houston facility last
year, adding additional office space, a new assem-
bly bay, a new test pit and various other equipment
designed to help execute the projects. We also
expanded our facilities in Brazil. Our focus on exe-
cution enables us to reduce costs and lead time and
to add even more value for our customers.
We have taken several steps to maximize exe-
cution while ramping up to produce greater vol-
umes, including standardizing products and
improving efficiency in the manufacturing area.
Because of our long-term relationships with
major subsea operators, we are able to standardize
key components of subsea trees. The more that we
can standardize, the more we can reduce costs and
lead times while also improving quality and safety.
For example, Shell analyzed their projects in the
Gulf of Mexico and determined that we could
design a subsea system that meets the needs of
most of their deepwater wells in the Gulf. They
FMC Energy Systems
FMC Energy Systems’ developed the standard, and we are building trees
provides a comprehensive to meet that standard.
selection of integrated Building trees quickly requires improved
Management system is efficiency. So we are working to reduce the time
systems and stand-alone that it takes to perform each step in building a tree,
used by Alvin Brown,
products for subsea com- including supply chain management, machining,
Service Technician, to welding and assembly processes. Throughout the
pletion and processing,
check cement heads for process, we focus on ensuring that issues are
wellhead, fluid control, addressed early and are not passed along to the
Schlumberger. Our Asset next step.
Management system In assembling a tree, we use a “pit crew” con-
storage and production cept. The pit crew comprises all the talent and dis-
helps ensure that the right
applications. We have one ciplines necessary to solve issues immediately, such
products are shipped to as engineering, materials and quality support. Using
of the broadest ranges of
our customers’ job sites
this concept, tree assemblers are able to focus their
product offerings in our efforts exclusively on building the tree. This has
on time and in top work- reduced our tree assembly time by 50 percent while
ing condition. enabling us to maintain high standards of quality
Besides handling a large volume of work, our
manufacturing teams are proud of their safety
record. For example, in 2002, our Houston manu-
facturing facility reached 7.7 million hours without
a lost-time accident, achieving one of the best
safety records in the industry.
FMC Energy Systems 11
The challenges of developing solu-
tions for the HP/HT environment of
subsea equipment and services for extensions from the BP Thunder Horse field have driv-
TotalFinaElf’s Girassol field development offshore en a number of innovations by FMC
Angola. Energy Systems. Two of the most notable devel-
opments are an ultra-deepwater, high-pressure
Offshore Brazil, we remained active in 2002, supplying riser system and Novolastic™ HT insulation.
At the outset of work on the solution for
equipment for Petrobras’ Campos Basin develop-
Thunder Horse, a great deal of effort focused on
ments. We provided subsea trees, manifolds and relat- value engineering the subsea tree and riser sys-
ed equipment for Petrobras’ Roncador and Albacora tem. The challenge was to scale up the
Innovative SOLUTIONS DEVELOPED for BP Thunder Horse challenges
East fields, as well as pipeline-related equipment for traditional system to deal with the HP/HT
the Barracuda and Caratinga fields. Our gas lift subsea environment while containing costs.
This effort was the start of a continuing
manifold for the Roncador field, which was installed series of new approaches to meeting the chal-
last year at a depth of 6,200 feet, set a world record lenges of the ultra-deepwater environment, as
for manifold installation water depth. well as the customer’s requirements for unsur-
passed safety and operational flexibility. The plat-
In the North Sea region, we signed a subsea produc- form for Thunder Horse is anticipated to be the
largest production semi-submersible ever built. It
tion system frame agreement and a subsea service
will be held in place by dynamic positioning,
agreement extension with Statoil in 2002. We also which puts considerable demands on the riser
were chosen by Statoil to provide a complete subsea system. This aspect, along with the HP/HT and
production system, technical services and operations depth factors, as well as the force of the ocean
support for the Alpha North project, a satellite to the current, demanded that we develop a unique
Sleipner West field. Norsk Hydro, one of our global The system developed for Thunder Horse is
alliance customers, selected us to supply subsea sys- the world’s first 15,000 psi open-water riser
tems and related services for the Vigdis Extension field, system rated to 10,000 feet of water depth. It is
offshore Norway. We also signed a cooperative agree- designed to resist material fatigue by dealing
with a wide range of changing forces over long
ment with Prosafe and Halliburton to provide a full
periods of time due to ocean currents, water
range of light and medium well intervention services pressure, vessel motions and wave actions.
from an offshore support vessel in the North Sea. This Additionally, by employing a highly sophisticat-
agreement significantly enhances our subsea service ed control system, the riser is designed to facili-
capabilities in this region. tate multiple operations — completion, well
testing, intervention and workover — on a large
number of wells in succession, while affording a
In addition, we struck agreements for SOFEC™ CALM high degree of safety and protection for the envi-
buoy marine export terminals offshore Algeria and ronment.
Ecuador. The multiyear, $240 million agreement in A high-temperature insulation we developed
Algeria is with Sonatrach-TRC, the Algerian Oil and for the Thunder Horse subsea tree is anoth-
er unique, innovative solution. Our Novolastic™
Gas Company, for the development of five offshore
HT insulation is designed to withstand internal
loading stations to transport crude oil and condensate temperatures of 350ºF and to retain its insulating
from onshore facilities. Also, MODEC International properties under extreme ultra-deepwater condi-
LLC, our joint venture with MODEC Inc. of Tokyo, was tions over a long period of time. Both the riser and
insulation solutions we developed for BP’s deep-
chosen by El Paso Energy Partners to provide the engi-
water Gulf of Mexico projects are leading innova-
neering, procurement and construction of the hull, tions on the threshold of the next generation of
mooring and production riser system for Anadarko’s ultra-deepwater developments.
Marco Polo project in the Gulf of Mexico. This project
is anticipated to employ the world's deepest TLP
(Tension Leg Platform).
While the U.S. surface rig activity level was low last
year, certain areas of our surface wellhead business
were active. One of those was our dry tree product line
for offshore platforms. We signed a total vendor man-
agement frame agreement for surface wellhead solu-
tions with Norsk Hydro last year. This agreement is part
12 FMC Technologies, Inc. 2002 Annual Report
Environmental, Health and Safety PERFORMANCE
We accept our responsibility to help protect
human health, safety and the environment. This
of Norsk Hydro’s “fully integrated supplier” strategy, in
responsibility is a core value of the Company and has
which the supplier serves as a project team member. It
evolved through the leadership, dedication and
covers the supply of fully instrumented surface well-
teamwork of our employees.
head and tree systems, as well as related equipment
Our Environmental, Health and Safety (EHS) per-
and services, for Norsk Hydro’s Grane, Oseberg-B,
formance is a vital concern of our customers, share-
holders, employees and the communities in which we
Oseberg-C and Brage platform projects in the North
operate. In order to meet our EHS responsibilities, we: Sea. We also were chosen to supply dry tree systems
• Continuously monitor employee health and for TotalFinaElf’s Matterhorn and Murphy Oil’s Front
safety; Runner projects in the Gulf of Mexico.
• Communicate and work with communities,
local emergency response teams, medical facili-
Our surface wellhead business also was active in Asia,
ties and fire departments; Africa and the Middle East in 2002, providing equip-
• Promote the safety and protection of the ment and services under long-term agreements with
environment during transportation, storage and customers such as ExxonMobil Malaysia, Shell Sakhalin
waste disposal; Island, Esso Chad, ExxonMobil Nigeria and Abu Dhabi
• Maintain a cooperative working relationship Company in the United Arab Emirates.
with the government; and
• Responsibly serve our customers who want to The low U.S. land rig count levels in 2002 adversely
operate and market environmentally safe affected sales for WECO® and Chicksan® products.
products and protect their employees. Consequently, our fluid control business team focused
A number of our locations hold industry safety on asset management activities for its substantial cus-
records in their respective industries, and company- tomer base. Flowline Asset Management tracks and
wide we substantially outperform our peers. For maintains high-pressure flowline equipment through a
example, in 2002, FMC Technologies’ Total Web-enabled solution. This total solutions approach
Recordable Incidence Rate (TRIR) was 1.24 and Lost identifies the customer’s equipment, tracks usage pat-
Workday Incidence Rate (LWIR) was 0.31 per hundred terns and establishes inspection and repair intervals to
full-time workers. According to the latest data from ensure that the right products are shipped to the job
the U.S. Bureau of Labor Statistics, our rates compare site on time and in top working condition. By providing
with TRIRs of 8.1 and 6.1 and LWIRs of 1.8 and 2.0 services directly to operators as well as major oilfield
per hundred full-time workers for the manufacturing service firms such as BJ Services, Halliburton and
and oil and gas industries, respectively. Schlumberger, our asset management team helps
While we are pleased with our provide optimal equipment utilization by ensuring con-
employees’ safety performance, sistently fast, safe, trouble-free flowline connections.
we continually review proce-
dures, practices and work
environments in order to
continuously improve. Our
goal is to achieve an injury-
free workplace while safe-
guarding the environment
and our neighbors.
FMC Energy Systems
employees, including this
team producing the subsea
trees for ExxonMobil’s Zafiro
project, offshore West
Africa, take pride in their
environmental, health and
FMC Energy Systems 13
FMC FoodTechCooks up
solutions for customer service
& Food Safety
In 2002, FMC FoodTech reorganized to Our systems are designed with built-in safety features.
provide continuing high levels of We provide food safety solutions in many food
service and a more thorough under- processing applications, such as cooking, frying,
standing of the issues facing our cus- freezing and chilling; in-container sterilization
tomers. Our business is organized to be a and pasteurization; tomato and citrus processing;
solutions provider for customers who value top-quali- automatic clean-up systems; and food portioning.
ty, technologically advanced equipment, as well as
experience and strategic advice. FoodTech’s GYRoCOMPACT® M7 Spiral freezer is an
example of designed-in food safety. This freezer’s
Our organization enables us to recommend integrated design helps reduce the opportunity for the growth of
system solutions. This reduces the time our customers microorganisms and helps prevent cross-contamination
have to spend on processing issues, giving them more of food. The freezer’s technology is based on designing
time to manage the rest of their businesses. This also equipment surfaces that are easy to reach and
provides customers with specifically tailored service maintain.
and equipment options, on-site technical support and
off-site equipment monitoring. Our aseptic fillers and sterilizers also help food compa-
nies deal with food safety issues. These systems offer
We provide solutions for a variety of customers. the food processing industry a highly effective aseptic
For example, FoodTech provided Conagra with an method of bulk packaging and sterilization processing.
automated sterilization system, featuring our
Automated Guided Vehicles, which requires no Cooked food can become contaminated if it is not
manual labor in the cooking process. In 2002, we also frozen or cooked at uniform temperatures. The less
worked with Burgers’ Ozark Country Cured Hams to temperature variation there is in the oven, the safer the
fully automate their ham processing operation, includ- cooking process is. Our ovens are designed to prevent
ing installing waterjet portioning systems. Burgers’ temperature variations that can threaten food safety.
management reports improved ham yields and
While FoodTech staff helps train customers’ employees
decreased operating costs among the many benefits
in the optimal use of our systems, we also support and
derived from this project.
work with research centers at
FoodTech deploys global resources to serve customers universities and other institu- This FMC FoodTech
worldwide. Over the past few years, we have installed tions committed to food safety, batch retort sterilization
12 tomato processing lines in China’s northwestern such as the National Center for
system is used by
region. We also have provided training on agricultural Food Safety Technology, the
National Food Processors O-AT-KA Milk Products
practices, machinery for field preparation and seeding,
tomato harvesters, preparation equipment, processing Association and the European Cooperative in Batavia,
and packaging equipment, as well as initial technical Hygienic Engineering & Design New York, to process
and operational support. Group. Our participation in
these organizations helps
One of FoodTech’s top priorities is to provide cus- advance the development of brands of canned
tomers with systems, advice and training that help safe food processing technolo- evaporated milk,
them produce high-quality, safe food products. We gies for the food industry. flavored specialty
advance this objective worldwide by conducting exten-
drinks and nutritional
sive food safety research, development and testing at
our food technology centers in the United States, beverages.
Europe and Asia.
14 FMC Technologies, Inc. 2002 Annual Report
FMC FoodTech’s state-of-the-art DSI
512 Portioner™ demonstrated here by
Training Specialist William Johnson (left)
and Dave Below, Applications and Sales
Support (above), provides efficient, pre-
cise and flexible trimming, portioning and
cutting of poultry, ham, beef and fish.
This is the same model waterjet
portioner that was installed at Burgers’
Ozark Country Cured Hams in 2002.
How to say “LISTEN TO THE CUSTOMER” in Spanish
FMC Frigoscandia Equipment Iberica importance of food safety.
was established in Madrid in 1987, and this In addition to achieving a significant
team’s record of success has been built on share of the existing market for freezers,
listening to the customer and continually chillers and proofers, listening to customers
providing new solutions to the marketplace. and anticipating their needs also has enabled
Through strong relationships with the lead- our Iberica team to develop and expand the
ing food processors in Spain and Portugal, market. The team constantly pursues innova-
this team had a very successful year in 2002. tive solutions encompassing a wide range of
About 60 percent of the Iberica team’s new products, such as freezing/glazing solu-
sales are repeat orders, indicating a high tions for the fish industry and freezing/proof-
level of customer satisfaction. Our team also ing solutions for the bakery industry.
holds memberships in various professional Today, our Iberica team has an installed
associations, such as “Centro Experimental base of more than 300 freezers, chillers and
del Frio,” which allows them to promote our proofers. These installations range across an
brand name and capabilities along with the extensive number of food industry seg-
benefits of their industry’s products. Their ments, including bakery, meat, poultry, fish
active participation in industry organizations and seafood, ready-meals and vegetables.
also plays a key role in emphasizing the
FMC FoodTech 15
FMC Airport Systems Charts a
flight plan for the future
The year 2002 was an extremely difficult In airport services’ first year of operation, Airport
one for the air transportation industry. Systems’ strong customer relationships enabled us to
Economic pressures caused commercial sell our expanded service concept to customers in vari-
airlines to postpone or cancel equipment ous new locations.
orders and significantly reduce planned
capital expenditures. With initial success established, the airport services
team continued to introduce new service capabilities to
Our Airport Systems business responded to these the industry. Last year, we were awarded a contract by
adverse business conditions by streamlining opera- Continental Airlines to provide facilities maintenance
tions, cutting costs and redeploying employees and and technology for Continental’s Houston operations.
equipment. Three aspects of this business fared well in In winning this contract, our team unseated a 12-year
2002 – the Halvorsen loader program for the U.S. Air incumbent service provider.
Force, equipment for air freight customers and our
growing airport services business. By listening to the customer and developing a strategy
and business model that responds to the unique
By utilizing experience and manufacturing capabilities requirements of the aviation industry, we built a “flight
from our commercial business, we ramped up produc- plan” for success. In less than two years, the airport
tion of the Halvorsen loader in 2002 to meet increased services team succeeded in developing a new, prof-
demand from the Air Force. Last year, we delivered 133 itable business for Airport Systems.
Halvorsen loaders, compared to 19 units delivered in
2001. We also continued to supply the equipment
needs of our air freight customers, such as FedEx and
Our airport services business also had an active year in
2002. This business was established
in late 2000 when we recognized
the need in the aviation industry FMC Airport Systems pro-
for a service company that could vides cost effective, out-
add value through technology, a sourced technical analysis
factory-certified workforce and in-
and maintenance services
depth aviation experience.
for aviation ground
Exhibiting true customer-focus, we support and gate equip-
consulted with key customers
ment. In 2002, we were
while building our service business
model, and we engaged customers awarded a contract by
to test the model and the mainte- Continental Airlines to
nance management technology provide facilities mainte-
we developed. The resulting
nance and technology for
solution for customers comprises
cost-effective, outsourced techni- Continental’s Houston
cal analysis and maintenance serv- operations. Pictured is
ices for aviation ground support Matthew Foster, HVAC
and gate equipment.
16 FMC Technologies, Inc. 2002 Annual Report
FMC Airport Systems delivered
133 Halvorsen loaders to the
U.S. Air Force in 2002.
Oscar Jeffers, Assembly
Specialist, readies a Halvorsen
loader in the final stages of
assembly at our facility in
FMC Airport Systems DELIVERS 100th Halvorsen Loader
In 2002, FMC Airport Systems delivered ment in the Berlin Airlift (Operation Vittles), he
the 100th Halvorsen loader to the U.S. Air instituted Operation Little Vittles by dropping
Force’s 437th Aerial Port Squadron. The event, small parachutes laden with candy to the chil-
celebrated at our facility in Orlando, Florida, dren of Berlin, including those in East Berlin,
featured Colonel Gail S. Halvorsen, U.S. Air thus earning the nickname, “The Candy
Force (Retired), as keynote speaker. Bomber.”
The Halvorsen loader can carry up to In addition to Col. Halvorsen, the Orlando
25,000 pounds of cargo and is designed to event featured Major General Arthur J. Lichte
serve both military and certain commercial air- and Brigadier General Ted F. Bowlds, both of
craft, which are routinely used by the Air Force the U.S. Air Force. These three speakers
for cargo operations. The loader is a light- praised the efforts of the Airport Systems
weight vehicle that can be quickly Halvorsen loader team in meeting the mili-
reconfigured for shipment, driven into a tary’s needs for this important equipment.
variety of aircraft and flown to remote airfields Other honored guests representing the U.S.
close to battle. It plays a key role in the grow- Air Force included Major General Paul W. Essex
ing need and ability of the United States to and Major General George N. Williams.
respond rapidly to conflicts around the world. In November, Airport Systems received a
Col. Halvorsen, for whom the loader is Halvorsen loader order from the Air Force for
named, served as a C-47/C-54 transport pilot delivery in 2003, valued at approximately $35
during World War II in the South Atlantic from million.
1944 to 1946. During his volunteer assign-
FMC Airport Systems 17
Energy Production Systems FMC Energy Systems offers an industry-leading mix of
• Subsea systems integrated systems, stand-alone products and engineer-
• Surface and platform wellhead equipment ing expertise designed to meet the technical, economic
• Turret mooring systems and transfer buoys and life cycle demands of customers on six continents.
• Tension Leg Platform and floating By focusing on the development of new technology and
production technology total capabilities solutions, FMC Energy Systems offers
Energy Processing Systems customers added value across its energy product lines.
• Flowline products and manifold systems FMC Energy Systems’ deepwater subsea expertise and
• Loading systems experience position us as the technology leader for the
• Metering systems growing subsea area.
• Material handling and conveying systems
• Blending and transfer systems
• Freezing and chilling systems
Concentrating on the convenience food, fruit, vegetable
• Coating and cooking equipment
and protein segments of the industry, FMC FoodTech
• Frying and filtration equipment
designs, manufactures and services a comprehensive
• Waterjet portioning systems
range of solutions for the world’s largest food proces-
• Potato processing systems
sors and suppliers to retailers, fast-food chains, institu-
• Food handling systems
tions and commercial restaurants. Our equipment
• Inspection detection systems (color sorters)
processes a majority of the citrus juice produced
• Citrus processing systems
globally and freezes about half of the world’s commer-
• Food processing systems (sterilization and
pasteurization) cially frozen foods. FMC FoodTech’s poultry processing
• Aseptic technology solutions are used by industry leaders such as Tyson
• Packaging, conveying, optical sorting and Food and Pilgrim’s Pride, and FMC FoodTech products
seasoning systems sterilize a significant portion of the world’s canned
• Fresh produce protective coating and labeling foods.
• Commercial and military loaders As an industry-leading supplier to the air transportation
• Deicers industry, FMC Airport Systems provides a range of
• Push-back tractors equipment, such as loaders, deicers, boarding bridges
• Passenger boarding bridges and push-back tractors. Our knowledge base extends
• Automated guided vehicles into airport planning, apron layout and gate operation,
• Airport services computerized controls and airport management sys-
tems. FMC Airport Systems is a global leader in provid-
ing products and services that significantly advance the
operational efficiency of airports, airlines and air cargo
companies, as well as the efficient and reliable cargo
handling needs of the military.
18 FMC Technologies, Inc. 2002 Annual Report
Market Opportunities Strategies for 2003
The trend of energy exploration into increasingly Focus on executing major, long-term subsea alliance
deeper offshore environments should emphasize the projects.
need for solutions based on innovative technologies and
proven subsea expertise. Third-party surveys of planned Further develop standardized subsea processes to
capital expenditures for global exploration and produc- improve customer value while enhancing margins.
tion in 2003 indicate that spending will be in excess of
$130 billion, a 4 percent increase over 2002. A major Maintain our deepwater technology leadership and
portion of that is anticipated to be for deepwater activ- focus.
ities. Stringent industry requirements for both land-
based and offshore operations continue to create Expand our intervention services throughout our energy
opportunities for providers of cost-competitive, value- operations.
added products and services, such as FMC Energy
Maintain our leadership position in completion equip-
Systems. In addition, the growing installed base of
ment for FPSO, TLP/Spar and offshore platform markets.
equipment and systems should provide increasing inter-
vention service opportunities.
To maintain profitability, food processors are being pres- Utilize our low-cost position to capture additional mar-
sured to become more efficient and reduce costs. As a ket share as the economy recovers.
result, they are consolidating as well as seeking techno-
logically sophisticated, integrated systems and services. Capitalize on the advantages of our integrated organi-
These trends present potential opportunities for solu- zation to recommend system solutions – from fryer to
tions providers, such as FMC FoodTech, which can max- freezer – for our customers.
imize the efficiency of food processors’ operations while
helping them maintain high standards of food safety. As Leverage our large installed base by providing extensive
the economy improves, market opportunities should aftermarket services.
expand in this business.
The air transportation industry faces difficult challenges. Continue to execute the Halvorsen loader program for
Commercial passenger airlines are expected to maintain the U.S. Air Force while exploring opportunities for
very stringent cost-containment efforts. Air freight com- expanding our participation in military markets for all of
panies are anticipated to moderate their capital expen- our equipment.
ditures for the foreseeable future. In the near term, we
believe that our best market opportunities in this seg- Expand our global reach by leveraging our installed base
ment will be in supplying military cargo handling equip- and customer relationships.
ment and improving international market share. We
accelerated the Halvorsen loader program deliveries in Grow our service business by providing technical main-
2002 and continue to work with the U.S. Air Force to tenance and support services directly to airports and
support expected needs for operations support equip- airlines.
ment. In addition, airports and airlines are expected to
outsource services that can help lower their operating Position our commercial ground support and passenger
costs, which may provide further opportunities for our boarding bridge businesses for profitability when the
recently established airport services business. commercial airline business recovers.
Strategic Outlook 19
g l o s s a r y o f i n d u s t r y t e r m s
CALM (Catenary Anchor Leg Mooring) Buoy – a flexi- Intervention System – a system used for deployment
ble marine export terminal system that utilizes a fixed, and retrieval of equipment such as subsea control
floating buoy anchored to the seabed. The system modules, flow control modules and pressure caps; also
enables fluids to be transferred between a moored used to perform pull-in and connection of umbilicals
tanker and either onshore or offshore facilities. and flowlines and to enable diagnostic and well
Christmas Tree – an assembly of control valves,
gauges and chokes at the surface that control oil and Jumpers – connections for various subsea equipment,
gas flow in a completed well. Christmas trees installed including tie-ins between trees, manifolds or flowline
on the ocean floor are referred to as subsea, or ”wet,” skids.
trees. Christmas trees installed on platforms are
referred to as “dry” trees. Manifold – a subsea assembly that provides an inter-
face between the production pipeline and flowline and
Deepwater – generally defined as operations in water the well. The manifold performs several functions,
depths of 1,500 feet or greater. including collecting produced fluids from individual
subsea wells, distributing the electrical and hydraulic
Development Well – a well drilled in a proven field to systems and providing support for other subsea struc-
complete a pattern of production. tures and equipment.
Dynamic Positioning – systems that use computer- Risers – the physical link between the seabed and the
controlled directional propellers to keep a drilling or topside of offshore installations, for production, gas lift
production vessel (such as a semi-submersible) station- or water injection purposes. Risers can be either rigid
ary relative to the seabed, compensating for wind, or flexible and are critical components of these types
wave or current. of installations.
Flow Control Equipment – mechanical devices for SALM (Single Anchor Leg Mooring) System – a moor-
the purpose of directing, managing and controlling the ing system utilizing a single anchor base and
flow of produced or injected fluids. single riser, designed to operate as an unmanned
FPSO (Floating Production, Storage and Offloading)
System – a system contained on a large, tanker-type Semi-submersible Rig – a mobile offshore drilling or
vessel and moored to the seafloor. An FPSO is designed production unit that floats on the water’s surface
to process and stow production from nearby subsea above the subsea wellhead and is held in position
wells and to periodically offload the stored oil to a either by anchors or dynamic positioning. The semi-
smaller shuttle tanker, which transports the oil to submersible rig gets its name from pontoons at its
onshore facilities for further processing. base which are empty while being towed to the drilling
location and are partially filled with water to steady the
FSO (Floating Storage and Offloading) System – essen- rig over the well.
tially the same as an FPSO without the production
facilities. SPM (Single Point Mooring) System – a mooring sys-
tem that allows a tanker to weathervane around a
HP/HT (High-Pressure/High-Temperature) – refers to mooring point.
deepwater environments producing pressures as great
as 15,000 pounds per square inch (psi) and tempera-
tures as high as 350 degrees Fahrenheit (ºF).
20 FMC Technologies, Inc. 2002 Annual Report